The function combines the uncertainty of the conventional mass correction
(as obtained by uncertErrorCorr())
and the uncertainty in the balance reading (as obtained by uncertReading()),
to produce the uncertainty of a conventional mass value.
uncertConvMass(calibCert, reading, units, sd, sd.units, d, d.units)object of class "calibCert" with the calibration
data of the balance. See calibCert() for details.
numeric with balance reading for the mass of the object.
character with the units of reading. Must be a SI unit.
If not provided, the balance standard units are assumed.
See calibCert() for details.
standard deviation when a balance reading is the result of averaging several individual measurements of same object. If not provided the information is taken from the calibration certificate of the balance
character with the units of standard deviation.
If not provided, the value stated at units or the balance
standard units is used.
balance division scale. Useful when the balance is operated a a division scale different from that stated in the calibration certificate. This is the common case when the user is give up some readability in order to make faster mass measurements. If not provided. the functions uses the balance division scale stated in the calibration certificate.
character with the units of parameter d.
If not provided, the value stated at units or the balance
standard units is used.
A numeric value of uncertainty for a conventional mass value.
# NOT RUN {
data(minimalCert)
uncertConvMass(reading = 12.4835, calibCert = minimalCert)
# }
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